Le Groupe Editor
20192303
eng
www.epflpress.org/80/9782889152810
03
01
EPFL Press
03
9782889152810
15
9782889152810
BA
Mechanical Engineering
<TitleType>01</TitleType>
<TitleText>Mechanics of Continuous Media </TitleText>
<Subtitle textcase="01">An Introduction</Subtitle>
1
A01
John
Botsis
<p>John Botsis received his diploma in a civil engineer from the University of Patras, Greece, in 1979. He continued his education at Case Western Reserve University, Cleveland, Ohio/USA, where he earned his Ph.D. in engineering sciences in 1984. After two years at the Research Center for National Defense, Athens, he was appointed assistant professor in the department of civil and materials engineering at the University of Illinois, Chicago/USA, associate in 1991 and full professor in 1995. In 1996 he was appointed professor of solid and structural mechanics at EPFL. His teaching and research cover structural and continuum mechanics, fracture and fatigue of various materials such as living tissue, polymers, metals and composites for industrial and medical applications.</p>
2
A01
Michel
Deville
<p>Michel Deville is professor emeritus at EPFL.</p>
NED
1
01
eng
376
23
Engineering Sciences
01
02
<p>This book presents the basic concepts for the mathematical modeling of classical solid and fluid continuous media. It consists of eight chapters treating, Cartesian tensors, the kinematics, and dynamics of a continuous medium, thermodynamics, constitutive equations of classical Newtonian fluids and elastic solids, introduction to the linear theory of elasticity as well as Newtonian fluid mechanics. In each case, simple application examples provide analytical solutions that illustrate the power of modeling using continuum mechanics principles. Appendices give the necessary additions to follow the work and represent the field equations in cylindrical and spherical coordinate systems. Each chapter proposes a series of exercises and suggestions for their solution is also provided. Clear and educational, this book is intended for engineering and physics students who want to learn the basic principles of continuum mechanics. The subject is developed in a simple-to-follow pedagogical manner that readers can work through on their own. They will find in this work a complete modern introduction that opens the door to this vast territory of knowledge.</p>
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06
Introduction 1 Cartesian Tensors 2 Kinematics of Continuous Media 3 Dynamics of Continuous Media 4 Energy 5 Constitutive Equations: Basic Principles 6 Classical Constitutive Equations 7 Introduction to Solid Mechanics 8 Introduction to Newtonian Fluid Mechanics A Cylindrical Coordinates B Spherical Coordinates List of symbols Suggestions for Solutions to the Exercises Bibliography Index
09
This book presents the basic concepts for the mathematical modeling of classical solid and fluid continuous media. It consists of eight chapters treating, Cartesian tensors, the kinematics, and dynamics of a continuous medium, thermodynamics, constitutive equations of classical Newtonian fluids and elastic solids, introduction to the linear theory of elasticity as well as Newtonian fluid mechanics. In each case, simple application examples provide analytical solutions that illustrate the power of modeling using continuum mechanics principles. Appendices give the necessary additions to follow the work and represent the field equations in cylindrical and spherical coordinate systems. Each chapter proposes a series of exercises and suggestions for their solution is also provided. Clear and educational, this book is intended for engineering and physics students who want to learn the basic principles of continuum mechanics. The subject is developed in a simple-to-follow pedagogical manner that readers can work through on their own. They will find in this work a complete modern introduction that opens the door to this vast territory of knowledge.
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03
01
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EPFL Press
https://www.epflpress.org/product/80/9782889152810/Mechanics%20of%20Continuous%20Media%20
28
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29
https://www.epflpress.org/product/80/9782889152810/Mechanics%20of%20Continuous%20Media%20
01
EPFL Press
CH
04
20181116
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2400.0
mm
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1600.0
mm
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20
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